Post RFQ
This product is optimized for teaching scenarios, with precise dual focus adjustment that meets high-magnification observation requirements using the oil-immersion objective lens. The flicker-free LED illumination provides uniform, eye-friendly light for extended observation sessions. The built-in 3MP camera can connect to large screens for group teaching, simplifying operations for zero-basic students. The cast aluminum alloy stand ensures stable long-term operation, and low maintenance costs solve the pain points of high equipment costs and complex operation in educational settings. It clearly observes the microstructure of corroded cast iron, carbon steel and aluminum alloy, meeting basic teaching and small-scale detection needs.

The entry-level educational metallurgical microscope has a magnification range of 40x-1000x, equipped with 4x, 10x, 40x and 100x (oil-immersion) plan achromatic objective lenses and a 10x wide-field eyepiece. It adopts a 6V/3W LED coaxial transmitted light illumination system, with a power supply compatible with 110-240V AC. The overall dimension is 320mm (L) * 240mm (W) * 400mm (H), with a net weight of 8.5kg. The coarse adjustment stroke is 20mm, and the fine adjustment accuracy is 0.002mm. The sample stage size is 150*130mm with an X-Y moving platform, supporting most standard metallographic specimens. It is compatible with Windows and macOS systems, allowing users to capture static images and record videos for subsequent analysis.
This product is widely used in metallurgy teaching experiments of colleges and vocational schools, practical training of material professional courses, preliminary inspection of metal incoming materials in small hardware factories, and basic failure analysis of metal components. It helps students quickly master basic metallographic specimen preparation and microstructure observation methods, and assists grass-roots detection institutions in preliminary metal material screening. It supports observation of corroded microstructures of common metal materials such as cast iron, carbon steel and aluminum alloy, meeting basic detection needs for teaching and small-scale production.